CUSTOM OEM PROBES
MK Fluidic Systems designs and manufactures custom probes for the OEM marketplace for a variety of applications and industries.
EXPERIENCED MANUFACTURER & SUPPLIER OF CUSTOM OEM PROBES
MK Fluidic Systems can offer a wide range of customized probes to meet almost any design requirement. For over 35 years, the management of MK Fluidic Systems has worked with clients to design and manufacture probes to meet the specific needs of their critical applications. Our highly controlled manufacturing process ensures exceptional quality and project success—and we understand that attention to detail is critical to create an exceptional product.
CUSTOM PROBES FOR CRITICAL FLUID CONTROL FUNCTIONS
In fluid control, probes perform a variety of critical function. Whether your design requires a sample/reagent probe, auto-pipettor, or a liquid level sensor MKFS has the experience to help. Our capabilities include laser welding, tipping, thermoforming, polishing, and integration of probes into other fluidic components such as tubing assemblies.
OUR PROBE DESIGN & MANUFACTURING CAPABILITIES
PIPETTING PROBES
Probes perform a variety of critical functions in fluid control. Whether your design requires a sample/reagent probe, auto-pipettor, or a liquid level sensor MK Fluidics has the experience to help. MK’s capabilities include laser welding, tipping, thermoforming, polishing, and integration of probes into other fluidic components such as tubing assemblies.
YOUR PARTNER FOR CUSTOM OEM PROBES
REVIEW AND REFINE REQUIREMENTS
Our engineers will work with your team to develop a design, timeline, performance specifications, and target costs.
PROTOTYPE AND TEST
MK Fluidics has the capability to fabricate fully functional prototypes entirely in-house. Our engineering and quality teams are very experienced and can provide assistance in verification and validation of product requirements.
PRODUCTION
After all of your requirements have been met, our team is ready to support your ongoing production needs. Our prototypes are made using production machinery and methods, significantly reducing risk when moving to full production.